Template:Virtual What Sizes: Difference between revisions

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{| class="article-table mw-collapsible mw-collapsed" style="width: 100%"
{| class="article-table mw-collapsible mw-collapsed" style="width: 100%"
! colspan="3" style="text-align: center" | 824.44ly ~ ?
! colspan="3" style="text-align: center" | 824.44ly ~ 2.008E+13ly
|-
|-
!Size
!Size
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|Supposing you made the Earth bigger until each grain of sand was (on average) as big as the Earth is now is... well, obviously it'd be quite a bit bigger. But still much smaller than the Milky Way, and still much smaller than your Virtual What.
|Supposing you made the Earth bigger until each grain of sand was (on average) as big as the Earth is now is... well, obviously it'd be quite a bit bigger. But still much smaller than the Milky Way, and still much smaller than your Virtual What.
|-
|-
|2491ly
|2534.6ly
|Large Boulder the size of a Small Boulder folded 64 times (beats scissors)
|[[File:What boulder 64.png|100x100px]]
|Despite its immense length, it'll still lose to paper folded 64 times. That's definitely how this game works, right?
|-
|87729ly
|[[wikipedia:Milky_Way_Galaxy|Milky Way Galaxy]]
|[[File:What milky way.PNG|100x100px]]
|Our own galaxy. Like many others, it has a supermassive black hole at its center. Though depictions of the Milky Way are common (like this one), we can't actually see what it looks like from here, so they're based on other spiral galaxies.
|-
|3.911E+06ly
|[[wikipedia:Alcyoneus_Galaxy|Alcyoneus Galaxy]]
||[[File:What alcyoneus.PNG|100x100px]]
|One of the largest known radio galaxies, a type of massive structure composed of radio emissions. Named after a mythological giant, but the giant was probably quite a bit smaller.
|-
|9.301E+10ly
|[[wikipedia:Observable_universe|Observable Universe]]
||[[File:What observable universe.PNG|100x100px]]
|The amount of the universe that can be observed from Earth is constrained by the age of the universe and the speed of light. since if anything further away exists, no sign of its existence can have reached Earth yet. It's possible that there's more universe out there, but you can't know for sure out here.
|-
|2.008E+13ly
|[[wikipedia:Gurren_Lagann|Super TTGL]]
||[[File:What super ttgl.PNG|100x100px]]
|A finishing move in a certain popular anime involving a drill much larger than the universe. Any depicted motion would have to be vastly faster than lightspeed. Remember, in fiction, being awesome is more important than being scientifically plausible!
|}
 
{| class="article-table mw-collapsible mw-collapsed" style="width: 100%"
! colspan="3" style="text-align: center" | 2.008E+13ly ~ ?
|-
!Size
!Object
!Image
!Description
 
|-
|9.301E+20ly
|If every atom in the universe was 1m...
|[[File:What every atom 1m.PNG|100x100px]]
|The size of an atom varies, of course, but can be said to be on the order of 10^-10m. If that was 1m instead, the universe would be even bigger than the finishing move in a certain popular anime, but not as large as your Virtual What.
|-
|5.813E+55ly
|If every atom was 1m and then the [[wikipedia:Planck_units#Planck_length|planck length]] became 1m...
|[[File:What every atom 1m planck length.PNG|100x100px]]
|The Planck length refers to what is believed to be the shortest physically measurable distance. If you think of them as "reality pixels", the resolution of the universe is defined by this length. Anyway, if we took the last thing and then the Planck length grew to 1m, the universe would be quite large indeed, but not as large as your Virtual What. Thank you for playing.
|-
|7.361E+55ly
|Whay
|Whay
|[[File:What_Whay.jpeg|100x100px]]
|[[File:What_Whay.jpeg|100x100px]]
|Not actually an object, just the biggest known Virtual What so far.
|Not actually an object, just the biggest known Virtual What so far.
|-
|10.862ly
|Whay
|[[File:What boulder 64.png|100x100px]]
|
|
|}
|}
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Latest revision as of 17:45, 8 October 2026